Ducted (high static pressure)
Cooling capacities from 3,2 to 24,8 kW
Heating capacities from 2,5 to 25,0 kW
Airflow from 320 to 3 568 m3/h
Static pressure up to 220 Pa
High efficiency units
AC or EC fans
Highly customisable
Quiet operation at low speed
Ease of installation and maintenance
Precise and complete selection on AC SELECT
Coming with a modular conception and a large range of accessories and options, VH units can be customised to meet exactly all your requirements.
FCEER & FCCOP up to A class when equipped with low energy consumption EC fan.
Concerned about the performance of its products and the comfort of its users, Systemair provides you with a wide range of electronic and electromechanical control systems to optimize the operation of its water terminal units.
VH units have been designed in a compact manner, with low heights (from 227,5 to 430,7 according to the sizes), to make concealed installation as easy as possible. To facilitate the maintenance operations, they also have a direct access to the internal components without removing the ducts.
VH ductable water terminal units have been specially designed to meet the job requirements that call for false-ceiling installations and for air distribution by ductwork requiring high static pressure (up to 220 Pa).
They are available in 6 sizes, in 2-pipe or 4-pipe versions and equipped with AC or EC fans.
Their modular conception allow for configuration flexibility. Several duct connection types are available for return and discharge (Rectangular, Circular 3x Ø200mm, Oblong 3xØ250 mm).
For even more flexibility and to cover all possible installations, electrical and water connections can be positioned on the right or left side.
VH units provide improved acoustic performance in low-speed operation and have reduced dimensions and a low embedded heights.
The condensate drain pan is made from 1.0mm thick galvanised sheet steel and externally insulated by 2 mm thick closed cell polyethylene foam. An optional auxiliary drain pan is available to collect condensates from coil headers.